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I started to read the first chapters of this book. The authors do not go through the details, and sometimes the readers have to put a lot of times, to reach to a good conclusion.
angle Antennas Propag applications array artificial backward-wave bandgap bandwidth beam capacitance coefficient components Copyright coupler cutoff dielectric dipole antenna direction dispersion diagram DNG medium DNG slab DPS–DNG EBG structure EBG surface effective electric field electrically small electromagnetic Engheta equations evanescent waves experimental FDTD ﬁeld free space frequency band Gaussian beam grid ground plane high-impedance surface Hilbert Hilbert curve IEEE IEEE Trans incident inductance interface isotropic Lett low-profile materials metal metamaterial microstrip Microwave Theory Tech mode negative refractive index parameters patch Peano permittivity and permeability photonic crystal Phys planar plane wave polarization Poynting vector properties R. W. Ziolkowski radiation pattern reflection phase resonant frequency return loss scattering shown in Figure simulation space-filling curve substrate subwavelength surface wave transmission line transverse unit cell wave impedance wave vector waveguide filled wavelength wavenumber wire zero
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Nader Engheta - 2007 - Science
Richard W ZIOLKOWSKI - IEICE Transactions on Electronics
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Aycan Erentok, Richard W Ziolkowski - 2008 - IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION
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